Foldable LED Light Two-Level Folding Mechanism

The patent removes the bolted connection system entirely from the foldable light structure. Instead of using traditional bolts to connect the mounting plates and support arms, the invention employs a snap-fit mechanism where protrusions on one component engage with corresponding recesses on another component, eliminating the need for fasteners and simplifying assembly to a single insertion motion.

The patent introduces an intermediary connection mechanism consisting of protrusions and recesses that mediate between the mounting plates and support arms. This intermediary structure enables the connection without direct bolted fastening, allowing for tool-free assembly while maintaining structural integrity through the geometric interlocking of the complementary shapes.

The patent divides the support structure into multiple independently foldable segments - specifically a first support arm and a second support arm connected at different locations on the mounting plate. This segmentation allows each arm to be folded independently, enabling the light to adapt to various lighting scenarios and cover larger areas by extending the second arm beyond the first arm in a two-level folding configuration.

The patent transitions from a single-plane (one-level) folding structure to a multi-plane (two-level) folding structure by adding the second support arm that folds at a different angular dimension. This dimensional expansion allows the light to achieve broader lighting coverage by utilizing multiple folding planes, effectively increasing the spatial versatility without proportionally increasing complexity.